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SUMMARY:Systematic Design of Minimalist Remote Attestation for Low-End Emb
 edded Systems
DTSTART:20140602T151500
DTSTAMP:20260406T081445Z
UID:a040f962d03b56c85c07bfab1fa5a31a17370077e5fd973803546461
CATEGORIES:Conferences - Seminars
DESCRIPTION:Gene TSUDIK\, University of California\, Irvine\nIn light of r
 ecent remote infestation malware attacks on specialized embedded systems\,
  remote attestation has become a very timely and popular research topic. R
 emote attestation is the process of securely verifying internal state of a
  remote hardware platform. It can be achieved either statically (at boot t
 ime) or dynamically\, at run-time. Generally\, software-based attestation 
 methods lack concrete security guarantees\, while hardware-based approache
 s involve dedicated security co-processors that are too costly for low-end
  devices.\nIn this line of work\, we pursue systematic design of a minimal
 ist architecture based on bottom-up hardware/software co-design. Our work 
 yields a a simple\, efficient and secure approach for establishing a dynam
 ic root of trust in a remote embedded device. It is aimed at low-end micro
 -controller units (MCUs) that lack specialized memory management or protec
 tion features. It requires minimal changes to existing MCUs and assumes fe
 w restrictions on adversarial capabilities.
LOCATION:BC 420 https://plan.epfl.ch/?room==BC%20420
STATUS:CONFIRMED
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